sydevs Namespace Reference

Namespaces
	systems

Classes
class	arraynd
	A class template for a multidimensional array with elements of type T arranged in a lattice of ndims dimensions. More...
class	arraynd< T, 1 >
	A one-dimensional (1D) specialization of the arraynd multidimensional array template. More...
class	arraynd_base
	A base class template for a multidimensional array with elements of type T arranged in a lattice of ndim dimensions. More...
class	identity
	A data type which identifies an item by combining an encapsulated integer-valued index with a dimension supplied by a template parameter. More...
class	pointer
	A data type which represents a pointer to anything. More...
struct	qualified_type
struct	qualified_type< bool >
struct	qualified_type< int64 >
struct	qualified_type< float64 >
struct	qualified_type< std::string >
struct	qualified_type< quantity< U > >
struct	qualified_type< identity< U > >
struct	qualified_type< arraynd< T, ndims > >
struct	qualified_type< std::pair< T1, T2 > >
struct	qualified_type< std::tuple< T > >
struct	qualified_type< std::tuple< T, Ts...> >
struct	qualified_type< std::vector< T > >
struct	qualified_type< std::set< T > >
struct	qualified_type< std::map< Key, T > >
struct	qualified_type< std::shared_ptr< T > >
struct	tuple_tostring_helper
struct	tuple_tostring_helper< Tuple, 1 >
class	quantity_base
	A base class for quantities, defining operations that do not depend on the dimension. More...
class	quantity
	A data type template which represents a dimensioned quantity as a multiple of a precision level, where the dimensions are supplied by a units template parameter and the precision level is specified using a value of type scale. More...
class	quantity< no_units >
	A speciaulization to facilitate the conversion of dimensionless quantities into floats. More...
class	range
	A data type which represents a range of array indices along a single dimension. More...
class	scale
	A data type which represents the general concept of scale as a dimensionless power of 1000. More...
class	string_builder
	A class for converting stream objects to string values. More...
struct	units
	A template which represents Standard International (SI) units inclusing the base units such as grams, meters, and seconds, and derived units such as meters-per-second-squared. More...
class	time_cache
	A data structure which provides durations elapsed since past events. More...
class	time_point
	A data structure which represents a point in time as an arbitrary-precision multiple of its shortest time precision. More...
class	time_queue
	A data structure which supports the scheduling of future events. More...
class	time_sequence
	A data structure which represents a sequence of increasing time points. More...

Typedefs
template<typename T >
using	array1d = arraynd< T, 1 >
template<typename T >
using	array2d = arraynd< T, 2 >
template<typename T >
using	array3d = arraynd< T, 3 >
template<typename T >
using	array4d = arraynd< T, 4 >
template<typename T >
using	array5d = arraynd< T, 5 >
template<typename T >
using	array6d = arraynd< T, 6 >
template<typename T >
using	array7d = arraynd< T, 7 >
template<typename T >
using	array8d = arraynd< T, 8 >
template<typename T >
using	array9d = arraynd< T, 9 >
using	int8 = int8_t
using	int16 = int16_t
using	int32 = int32_t
using	int64 = int64_t
using	uint8 = uint8_t
using	uint16 = uint16_t
using	uint32 = uint32_t
using	uint64 = uint64_t
using	float32 = float
using	float64 = double
using	tostring_function = std::function< std::string(const pointer &)>
using	mass = quantity< grams >
using	distance = quantity< meters >
using	duration = quantity< seconds >
using	electric_current = quantity< amperes >
using	thermodynamic_temperature = quantity< kelvins >
using	amount_of_substance = quantity< moles >
using	luminous_intensity = quantity< candelas >
using	no_units = units< 0, 0, 0, 0, 0, 0, 0 >
using	grams = units< 1, 0, 0, 0, 0, 0, 0 >
using	meters = units< 0, 1, 0, 0, 0, 0, 0 >
using	seconds = units< 0, 0, 1, 0, 0, 0, 0 >
using	amperes = units< 0, 0, 0, 1, 0, 0, 0 >
using	kelvins = units< 0, 0, 0, 0, 1, 0, 0 >
using	moles = units< 0, 0, 0, 0, 0, 1, 0 >
using	candelas = units< 0, 0, 0, 0, 0, 0, 1 >

Functions
template<typename T , int64 ndims>
bool	aligned (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< T, ndims >	operator+ (const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< T, ndims >	operator- (const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< T, ndims >	operator+ (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator+ (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator+ (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< T, ndims >	operator- (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator- (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator- (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< T, ndims >	operator* (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator* (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator* (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< T, ndims >	operator/ (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator/ (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	operator/ (const U &lhs, const arraynd< T, ndims > &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator! (const arraynd< bool, ndims > &arr)
template<int64 ndims>
bool	all (const arraynd< bool, ndims > &arr)
	Returns true if all elements of arr are true. More...
template<int64 ndims>
bool	any (const arraynd< bool, ndims > &arr)
	Returns true if any element of arr is true. More...
template<typename T , int64 ndims>
arraynd< bool, ndims >	operator< (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< bool, ndims >	operator> (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< bool, ndims >	operator<= (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< bool, ndims >	operator>= (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< bool, ndims >	operator== (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims>
arraynd< bool, ndims >	operator!= (const arraynd< T, ndims > &lhs, const arraynd< T, ndims > &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator&& (const arraynd< bool, ndims > &lhs, const arraynd< bool, ndims > &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator|| (const arraynd< bool, ndims > &lhs, const arraynd< bool, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator< (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator> (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator<= (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator>= (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator== (const arraynd< T, ndims > &lhs, const U &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator!= (const arraynd< T, ndims > &lhs, const U &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator&& (const arraynd< bool, ndims > &lhs, const bool &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator|| (const arraynd< bool, ndims > &lhs, const bool &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator< (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator> (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator<= (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator>= (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator== (const U &lhs, const arraynd< T, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< bool, ndims >	operator!= (const U &lhs, const arraynd< T, ndims > &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator&& (const bool &lhs, const arraynd< bool, ndims > &rhs)
template<int64 ndims>
arraynd< bool, ndims >	operator|| (const bool &lhs, const arraynd< bool, ndims > &rhs)
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	to (const arraynd< U, ndims > &arr)
	Returns a multidimensional array with the elements of arr converted to type T. More...
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	replace (const arraynd< T, ndims > &lhs, const arraynd< bool, ndims > &selection, const U &rhs)
	Returns a multidimensional array similar to arr but with elements for which selection(indices) is true replaced with rhs. More...
template<typename T , int64 ndims, typename U >
arraynd< T, ndims >	replace (const arraynd< T, ndims > &lhs, const arraynd< bool, ndims > &selection, const arraynd< U, ndims > &rhs)
	Returns a multidimensional array similar to arr but with elements for which selection(indices) is true replaced with the corresponding elements of rhs. More...
template<typename T , int64 ndims>
std::ostream &	operator<< (std::ostream &os, const arraynd< T, ndims > &rhs)
template<typename U >
constexpr const identity< U >	operator+ (int64 lhs, identity< U > rhs)
template<typename U >
std::ostream &	operator<< (std::ostream &os, const identity< U > &rhs)
template<typename T >
std::string	tostring (const T &val)
template<typename T >
tostring_function	tostring_converter ()
template<typename U >
constexpr const quantity< U >	operator* (float64 lhs, quantity< U > rhs)
template<typename U >
constexpr const quantity < decltype(_1/U())>	operator/ (float64 lhs, quantity< U > rhs)
constexpr mass	operator""_yg (unsigned long long multiplier)
constexpr mass	operator""_zg (unsigned long long multiplier)
constexpr mass	operator""_ag (unsigned long long multiplier)
constexpr mass	operator""_fg (unsigned long long multiplier)
constexpr mass	operator""_pg (unsigned long long multiplier)
constexpr mass	operator""_ng (unsigned long long multiplier)
constexpr mass	operator""_ug (unsigned long long multiplier)
constexpr mass	operator""_mg (unsigned long long multiplier)
constexpr mass	operator""_g (unsigned long long multiplier)
constexpr mass	operator""_kg (unsigned long long multiplier)
constexpr mass	operator""_Mg (unsigned long long multiplier)
constexpr mass	operator""_Gg (unsigned long long multiplier)
constexpr mass	operator""_Tg (unsigned long long multiplier)
constexpr mass	operator""_Pg (unsigned long long multiplier)
constexpr mass	operator""_Eg (unsigned long long multiplier)
constexpr mass	operator""_Zg (unsigned long long multiplier)
constexpr mass	operator""_Yg (unsigned long long multiplier)
constexpr distance	operator""_ym (unsigned long long multiplier)
constexpr distance	operator""_zm (unsigned long long multiplier)
constexpr distance	operator""_am (unsigned long long multiplier)
constexpr distance	operator""_fm (unsigned long long multiplier)
constexpr distance	operator""_pm (unsigned long long multiplier)
constexpr distance	operator""_nm (unsigned long long multiplier)
constexpr distance	operator""_um (unsigned long long multiplier)
constexpr distance	operator""_mm (unsigned long long multiplier)
constexpr distance	operator""_m (unsigned long long multiplier)
constexpr distance	operator""_km (unsigned long long multiplier)
constexpr distance	operator""_Mm (unsigned long long multiplier)
constexpr distance	operator""_Gm (unsigned long long multiplier)
constexpr distance	operator""_Tm (unsigned long long multiplier)
constexpr distance	operator""_Pm (unsigned long long multiplier)
constexpr distance	operator""_Em (unsigned long long multiplier)
constexpr distance	operator""_Zm (unsigned long long multiplier)
constexpr distance	operator""_Ym (unsigned long long multiplier)
constexpr duration	operator""_ys (unsigned long long multiplier)
constexpr duration	operator""_zs (unsigned long long multiplier)
constexpr duration	operator""_as (unsigned long long multiplier)
constexpr duration	operator""_fs (unsigned long long multiplier)
constexpr duration	operator""_ps (unsigned long long multiplier)
constexpr duration	operator""_ns (unsigned long long multiplier)
constexpr duration	operator""_us (unsigned long long multiplier)
constexpr duration	operator""_ms (unsigned long long multiplier)
constexpr duration	operator""_s (unsigned long long multiplier)
constexpr duration	operator""_ks (unsigned long long multiplier)
constexpr duration	operator""_Ms (unsigned long long multiplier)
constexpr duration	operator""_Gs (unsigned long long multiplier)
constexpr duration	operator""_Ts (unsigned long long multiplier)
constexpr duration	operator""_Ps (unsigned long long multiplier)
constexpr duration	operator""_Es (unsigned long long multiplier)
constexpr duration	operator""_Zs (unsigned long long multiplier)
constexpr duration	operator""_Ys (unsigned long long multiplier)
constexpr duration	operator""_min (unsigned long long multiplier)
constexpr duration	operator""_hr (unsigned long long multiplier)
constexpr duration	operator""_day (unsigned long long multiplier)
constexpr duration	operator""_yr (unsigned long long multiplier)
constexpr electric_current	operator""_yA (unsigned long long multiplier)
constexpr electric_current	operator""_zA (unsigned long long multiplier)
constexpr electric_current	operator""_aA (unsigned long long multiplier)
constexpr electric_current	operator""_fA (unsigned long long multiplier)
constexpr electric_current	operator""_pA (unsigned long long multiplier)
constexpr electric_current	operator""_nA (unsigned long long multiplier)
constexpr electric_current	operator""_uA (unsigned long long multiplier)
constexpr electric_current	operator""_mA (unsigned long long multiplier)
constexpr electric_current	operator""_A (unsigned long long multiplier)
constexpr electric_current	operator""_kA (unsigned long long multiplier)
constexpr electric_current	operator""_MA (unsigned long long multiplier)
constexpr electric_current	operator""_GA (unsigned long long multiplier)
constexpr electric_current	operator""_TA (unsigned long long multiplier)
constexpr electric_current	operator""_PA (unsigned long long multiplier)
constexpr electric_current	operator""_EA (unsigned long long multiplier)
constexpr electric_current	operator""_ZA (unsigned long long multiplier)
constexpr electric_current	operator""_YA (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_yK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_zK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_aK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_fK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_pK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_nK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_uK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_mK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_K (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_kK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_MK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_GK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_TK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_PK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_EK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_ZK (unsigned long long multiplier)
constexpr thermodynamic_temperature	operator""_YK (unsigned long long multiplier)
constexpr amount_of_substance	operator""_ymol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_zmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_amol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_fmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_pmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_nmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_umol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_mmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_mol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_kmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Mmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Gmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Tmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Pmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Emol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Zmol (unsigned long long multiplier)
constexpr amount_of_substance	operator""_Ymol (unsigned long long multiplier)
constexpr luminous_intensity	operator""_ycd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_zcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_acd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_fcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_pcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_ncd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_ucd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_mcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_cd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_kcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Mcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Gcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Tcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Pcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Ecd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Zcd (unsigned long long multiplier)
constexpr luminous_intensity	operator""_Ycd (unsigned long long multiplier)
std::ostream &	operator<< (std::ostream &os, const mass &rhs)
std::ostream &	operator<< (std::ostream &os, const distance &rhs)
std::ostream &	operator<< (std::ostream &os, const duration &rhs)
std::ostream &	operator<< (std::ostream &os, const electric_current &rhs)
std::ostream &	operator<< (std::ostream &os, const thermodynamic_temperature &rhs)
std::ostream &	operator<< (std::ostream &os, const amount_of_substance &rhs)
std::ostream &	operator<< (std::ostream &os, const luminous_intensity &rhs)
std::ostream &	operator<< (std::ostream &os, const quantity< no_units > &rhs)
template<typename U >
std::ostream &	operator<< (std::ostream &os, const quantity< U > &rhs)
std::ostream &	operator<< (std::ostream &os, const scale &rhs)
constexpr const scale	operator+ (int64 lhs, scale rhs)
std::ostream &	operator<< (std::ostream &os, const time_point &rhs)
bool	operator== (duration lhs, const time_point &rhs)
bool	operator!= (duration lhs, const time_point &rhs)
bool	operator< (duration lhs, const time_point &rhs)
bool	operator> (duration lhs, const time_point &rhs)
bool	operator<= (duration lhs, const time_point &rhs)
bool	operator>= (duration lhs, const time_point &rhs)

Variables
const float64	pi = 3.14159265358979323846
constexpr int64	quantity_limit = int64(1)*1000*1000*1000*1000*1000
	The maximum precision multiplier, plus 1. More...
constexpr scale	no_scale = scale(std::numeric_limits<scale::level_type>::max())
constexpr scale	yocto = scale(-8)
constexpr scale	zepto = scale(-7)
constexpr scale	atto = scale(-6)
constexpr scale	femto = scale(-5)
constexpr scale	pico = scale(-4)
constexpr scale	nano = scale(-3)
constexpr scale	micro = scale(-2)
constexpr scale	milli = scale(-1)
constexpr scale	unit = scale(0)
constexpr scale	kilo = scale(1)
constexpr scale	mega = scale(2)
constexpr scale	giga = scale(3)
constexpr scale	tera = scale(4)
constexpr scale	peta = scale(5)
constexpr scale	exa = scale(6)
constexpr scale	zetta = scale(7)
constexpr scale	yotta = scale(8)
constexpr auto	_1 = no_units()
constexpr auto	_g = grams()
constexpr auto	_m = meters()
constexpr auto	_s = seconds()
constexpr auto	_A = amperes()
constexpr auto	_K = kelvins()
constexpr auto	_mol = moles()
constexpr auto	_cd = candelas()

Typedef Documentation

using sydevs::amount_of_substance = typedef quantity<moles>

using sydevs::amperes = typedef units<0, 0, 0, 1, 0, 0, 0>

template<typename T >

using sydevs::array1d = typedef arraynd<T, 1>

template<typename T >

using sydevs::array2d = typedef arraynd<T, 2>

template<typename T >

using sydevs::array3d = typedef arraynd<T, 3>

template<typename T >

using sydevs::array4d = typedef arraynd<T, 4>

template<typename T >

using sydevs::array5d = typedef arraynd<T, 5>

template<typename T >

using sydevs::array6d = typedef arraynd<T, 6>

template<typename T >

using sydevs::array7d = typedef arraynd<T, 7>

template<typename T >

using sydevs::array8d = typedef arraynd<T, 8>

template<typename T >

using sydevs::array9d = typedef arraynd<T, 9>

using sydevs::candelas = typedef units<0, 0, 0, 0, 0, 0, 1>

using sydevs::distance = typedef quantity<meters>

using sydevs::duration = typedef quantity<seconds>

using sydevs::electric_current = typedef quantity<amperes>

using sydevs::float32 = typedef float

using sydevs::float64 = typedef double

using sydevs::grams = typedef units<1, 0, 0, 0, 0, 0, 0>

using sydevs::int16 = typedef int16_t

using sydevs::int32 = typedef int32_t

using sydevs::int64 = typedef int64_t

using sydevs::int8 = typedef int8_t

using sydevs::kelvins = typedef units<0, 0, 0, 0, 1, 0, 0>

using sydevs::luminous_intensity = typedef quantity<candelas>

using sydevs::mass = typedef quantity<grams>

using sydevs::meters = typedef units<0, 1, 0, 0, 0, 0, 0>

using sydevs::moles = typedef units<0, 0, 0, 0, 0, 1, 0>

using sydevs::no_units = typedef units<0, 0, 0, 0, 0, 0, 0>

using sydevs::seconds = typedef units<0, 0, 1, 0, 0, 0, 0>

using sydevs::thermodynamic_temperature = typedef quantity<kelvins>

using sydevs::tostring_function = typedef std::function<std::string(const pointer&)>

using sydevs::uint16 = typedef uint16_t

using sydevs::uint32 = typedef uint32_t

using sydevs::uint64 = typedef uint64_t

using sydevs::uint8 = typedef uint8_t

Function Documentation

template<typename T , int64 ndims>

bool sydevs::aligned	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<int64 ndims>

bool sydevs::all

(

const arraynd< bool, ndims > &

arr

)

Returns true if all elements of arr are true.

template<int64 ndims>

bool sydevs::any

(

const arraynd< bool, ndims > &

arr

)

Returns true if any element of arr is true.

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator!

(

const arraynd< bool, ndims > &

arr

)

bool sydevs::operator!=	(	duration	lhs,
		const time_point &	rhs
	)

template<typename T , int64 ndims>

arraynd<bool, ndims> sydevs::operator!=	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator!=	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator!=	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

constexpr electric_current sydevs::operator""_A

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_aA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_acd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_ag

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_aK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_am

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_amol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_as

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_cd

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_day

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_EA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Ecd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Eg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_EK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Em

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Emol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Es

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_fA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_fcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_fg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_fK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_fm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_fmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_fs

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_g

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_GA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Gcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Gg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_GK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Gm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Gmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Gs

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_hr

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_K

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_kA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_kcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_kg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_kK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_km

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_kmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_ks

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_m

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_mA

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_MA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_mcd

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Mcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_mg

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Mg

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_min

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_mK

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_MK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_mm

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Mm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_mmol

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Mmol

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_mol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_ms

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Ms

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_nA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_ncd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_ng

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_nK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_nm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_nmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_ns

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_pA

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_PA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_pcd

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Pcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_pg

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Pg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_pK

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_PK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_pm

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Pm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_pmol

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Pmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_ps

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Ps

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_s

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_TA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Tcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Tg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_TK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Tm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Tmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Ts

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_uA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_ucd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_ug

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_uK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_um

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_umol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_us

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_yA

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_YA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_ycd

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Ycd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_yg

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Yg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_yK

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_YK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_ym

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Ym

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_ymol

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Ymol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_yr

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_ys

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Ys

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_zA

(

unsigned long long

multiplier

)

constexpr electric_current sydevs::operator""_ZA

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_zcd

(

unsigned long long

multiplier

)

constexpr luminous_intensity sydevs::operator""_Zcd

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_zg

(

unsigned long long

multiplier

)

constexpr mass sydevs::operator""_Zg

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_zK

(

unsigned long long

multiplier

)

constexpr thermodynamic_temperature sydevs::operator""_ZK

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_zm

(

unsigned long long

multiplier

)

constexpr distance sydevs::operator""_Zm

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_zmol

(

unsigned long long

multiplier

)

constexpr amount_of_substance sydevs::operator""_Zmol

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_zs

(

unsigned long long

multiplier

)

constexpr duration sydevs::operator""_Zs

(

unsigned long long

multiplier

)

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator&&	(	const arraynd< bool, ndims > &	lhs,
		const arraynd< bool, ndims > &	rhs
	)

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator&&	(	const arraynd< bool, ndims > &	lhs,
		const bool &	rhs
	)

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator&&	(	const bool &	lhs,
		const arraynd< bool, ndims > &	rhs
	)

template<typename T , int64 ndims>

arraynd<T, ndims> sydevs::operator*	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator*	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator*	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename U >

constexpr const quantity<U> sydevs::operator*	(	float64	lhs,
		quantity< U >	rhs
	)

template<typename U >

constexpr const identity<U> sydevs::operator+	(	int64	lhs,
		identity< U >	rhs
	)

constexpr const scale sydevs::operator+	(	int64	lhs,
		scale	rhs
	)

template<typename T , int64 ndims>

arraynd<T, ndims> sydevs::operator+

(

const arraynd< T, ndims > &

rhs

)

template<typename T , int64 ndims>

arraynd<T, ndims> sydevs::operator+	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator+	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator+	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims>

arraynd<T, ndims> sydevs::operator-

(

const arraynd< T, ndims > &

rhs

)

template<typename T , int64 ndims>

arraynd<T, ndims> sydevs::operator-	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator-	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator-	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims>

arraynd<T, ndims> sydevs::operator/	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator/	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::operator/	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename U >

constexpr const quantity<decltype(_1/U())> sydevs::operator/	(	float64	lhs,
		quantity< U >	rhs
	)

bool sydevs::operator<	(	duration	lhs,
		const time_point &	rhs
	)

template<typename T , int64 ndims>

arraynd<bool, ndims> sydevs::operator<	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator<	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator<	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

std::ostream & sydevs::operator<<	(	std::ostream &	os,
		const scale &	rhs
	)

template<typename U >

std::ostream& sydevs::operator<< ( std::ostream &  os, const identity< U > &  rhs  )

inline

std::ostream & sydevs::operator<<	(	std::ostream &	os,
		const time_point &	rhs
	)

std::ostream& sydevs::operator<< ( std::ostream &  os, const mass &  rhs  )

inline

template<typename T , int64 ndims>

std::ostream& sydevs::operator<<	(	std::ostream &	os,
		const arraynd< T, ndims > &	rhs
	)

std::ostream& sydevs::operator<< ( std::ostream &  os, const distance &  rhs  )

inline

std::ostream& sydevs::operator<< ( std::ostream &  os, const duration &  rhs  )

inline

std::ostream& sydevs::operator<< ( std::ostream &  os, const electric_current &  rhs  )

inline

std::ostream& sydevs::operator<< ( std::ostream &  os, const thermodynamic_temperature &  rhs  )

inline

std::ostream& sydevs::operator<< ( std::ostream &  os, const amount_of_substance &  rhs  )

inline

std::ostream& sydevs::operator<< ( std::ostream &  os, const luminous_intensity &  rhs  )

inline

std::ostream& sydevs::operator<< ( std::ostream &  os, const quantity< no_units > &  rhs  )

inline

template<typename U >

std::ostream& sydevs::operator<< ( std::ostream &  os, const quantity< U > &  rhs  )

inline

bool sydevs::operator<=	(	duration	lhs,
		const time_point &	rhs
	)

template<typename T , int64 ndims>

arraynd<bool, ndims> sydevs::operator<=	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator<=	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator<=	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

bool sydevs::operator==	(	duration	lhs,
		const time_point &	rhs
	)

template<typename T , int64 ndims>

arraynd<bool, ndims> sydevs::operator==	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator==	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator==	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

bool sydevs::operator>	(	duration	lhs,
		const time_point &	rhs
	)

template<typename T , int64 ndims>

arraynd<bool, ndims> sydevs::operator>	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator>	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator>	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

bool sydevs::operator>=	(	duration	lhs,
		const time_point &	rhs
	)

template<typename T , int64 ndims>

arraynd<bool, ndims> sydevs::operator>=	(	const arraynd< T, ndims > &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator>=	(	const arraynd< T, ndims > &	lhs,
		const U &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<bool, ndims> sydevs::operator>=	(	const U &	lhs,
		const arraynd< T, ndims > &	rhs
	)

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator||	(	const arraynd< bool, ndims > &	lhs,
		const arraynd< bool, ndims > &	rhs
	)

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator||	(	const arraynd< bool, ndims > &	lhs,
		const bool &	rhs
	)

template<int64 ndims>

arraynd<bool, ndims> sydevs::operator||	(	const bool &	lhs,
		const arraynd< bool, ndims > &	rhs
	)

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::replace	(	const arraynd< T, ndims > &	lhs,
		const arraynd< bool, ndims > &	selection,
		const U &	rhs
	)

Returns a multidimensional array similar to arr but with elements for which selection(indices) is true replaced with rhs.

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::replace	(	const arraynd< T, ndims > &	lhs,
		const arraynd< bool, ndims > &	selection,
		const arraynd< U, ndims > &	rhs
	)

Returns a multidimensional array similar to arr but with elements for which selection(indices) is true replaced with the corresponding elements of rhs.

template<typename T , int64 ndims, typename U >

arraynd<T, ndims> sydevs::to

(

const arraynd< U, ndims > &

arr

)

Returns a multidimensional array with the elements of arr converted to type T.

template<typename T >

std::string sydevs::tostring

(

const T &

val

)

template<typename T >

tostring_function sydevs::tostring_converter ( )

inline

Variable Documentation

constexpr auto sydevs::_1 = no_units()

constexpr auto sydevs::_A = amperes()

constexpr auto sydevs::_cd = candelas()

constexpr auto sydevs::_g = grams()

constexpr auto sydevs::_K = kelvins()

constexpr auto sydevs::_m = meters()

constexpr auto sydevs::_mol = moles()

constexpr auto sydevs::_s = seconds()

constexpr scale sydevs::atto = scale(-6)

constexpr scale sydevs::exa = scale(6)

constexpr scale sydevs::femto = scale(-5)

constexpr scale sydevs::giga = scale(3)

constexpr scale sydevs::kilo = scale(1)

constexpr scale sydevs::mega = scale(2)

constexpr scale sydevs::micro = scale(-2)

constexpr scale sydevs::milli = scale(-1)

constexpr scale sydevs::nano = scale(-3)

constexpr scale sydevs::no_scale = scale(std::numeric_limits<scale::level_type>::max())

constexpr scale sydevs::peta = scale(5)

const float64 sydevs::pi = 3.14159265358979323846

constexpr scale sydevs::pico = scale(-4)

constexpr int64 sydevs::quantity_limit = int64(1)*1000*1000*1000*1000*1000

The maximum precision multiplier, plus 1.

constexpr scale sydevs::tera = scale(4)

constexpr scale sydevs::unit = scale(0)

constexpr scale sydevs::yocto = scale(-8)

constexpr scale sydevs::yotta = scale(8)

constexpr scale sydevs::zepto = scale(-7)

constexpr scale sydevs::zetta = scale(7)